File cabinet



NOV. 24, 'C' E AT1-WOOD FILE GABI NET `Filed Dec. 3, 1925 .Sheets-Sheet l NOV. 24, 1931. C. E' ATTWOOD 1,833,882

FILE CABINET Filed DeC- 3. 1925 6 Sheets-Sheet 4 Fig I0 /3 f [has l] l68 /5 I 35?. 13* /84 v 3 s QS 16 14 I avez/iov CaiZeSEu/ood,

NOV 24, 1931- c. E. ATTWO'OD 1,833,882.

FILE CABINET 16. lola /q` /oLs 1 l Caaries E'. cwood,

NOV. 24, 1931. C EY AT1-WOOD4 1,833,882

FILE CABINET Filed Deo. 5, 1925 6 Sheets-Sheet 6 l CawZesEu/ood,

Patented Nov. 24, 1931 UNITED STATES PATENT OFFICE CHARLES E. ATTWOOD, OF WOLLASTON, MASSACHUSETTS, ASSIGNOB TO POSClII-TDEX COMPANY, INC., OF BOSTON, MASSACHUSETTS, A CORPORATION 0F MASSACHUSETTS FILE CABINET application ala December net looking toward the rear, with the drawers removed; n Y

Fig. 3 is a vertical longitudinal sectlon on line 3-3 of Fig. 2;

Fig. 4 is a orizontal sectlo'nal v lew on line 4-4 of Fig. 1, showing the parts 1n their normal positions;

Fig. 5 is a sectional view, similar to Fig. 4,v illustrating the mode of detaching a drawe from and attaching it to its slides;

Fig. 6 is a horizontal sectional View on line 6-6 of Fig. 2;

Fig. 7 is a sectional view on line 7-7 of Fig. 2'; Fig. 8 is a perspective View of one of the two pillars at the front corners of the cabinet;

Fig. 9 is a perspective view illustrating a means of reinforcement of the corners, of the cabinet by angle brackets;

Fig. 10 is al plan of one of the drawers;

Fig. 11 is a side elevation of the drawer shown in Fig. 10;

Fig. 12 is a plan of the blank from which the drawer is made;

Fig. 13 is a sectional view on an enlarged scale on line 13-13 of Fig. 10;

Fig. 14 is a sectional view on line 14-14 of Fig. 13;

Fig. 15 is -a sectional view on line 15-1'5 of F-ig. 14;

3, 1925. Serial No. 72,948.

Fig. 16 is a sectional View on line 16--16 of Flg. 13;

Fig. 17 is a Perspective view showin the construction o a rear corner of one o the drawers;

Fig. 18 is a perspective view illustrating the mode of bending the blank to form a front corner of one of the drawers;

Fig. 19 is a perspective view of the com- 4 pleted front corner;

Fig. 2O is a side elevation showing the front end of the drawer rest and lock;

Fig. 21 is a sectional view'on 1ine'21-21 of Fig. 20;

Fig. 22A is a sectional view on an enlarged scale on line 22-22 of Fig. 10; y

Fig. 23 is a side elevation of one of the drawer guides and its associated extension slide; a

Fig. 24 is a side elevation of the extension slide shown in Fig. 23;

Fig. 25 is a sectional view on line 25-25 of Fig. 23;

Fig. 26 is a sectional view on line 26-26 of Fig. 23; i

of Fig. 23; l

Fig. 27 is a sectional view on line 27--27 i Fig. 28 is a sectional view on an enlarged .scale on line28-'28 of Fig. 4; and

Fig..29 is a perspective view of the complete cabinet with the drawer `rest and one of the drawers drawn out and tilted down onto the drawer rest.

Referring to the drawings, and to theeml bodiment of the invention which is selected for exempliiication, and having reference at first more particularly to Fig. 2, the cabinetv comprises a sheet metal shell having top and bottom walls 31 and 32, and two side walls 33. In the present example, the top and sides are convemently formed of a single piece of sheet metal bent to required shape, While the bottom is formed of a separate iece of sheet metal inserted between the si e walls and convenlently secured thereto as by providing the side walls with inwardly-directed, integral flan es 34, u on which the bottom wall rests, an to whic it may be secured, as by rivets 35.

Referring now to Fig. 1,the top and bottom walls are provided with flanges 36 and 37,

which are directed toward each other at they other, and at the rear of the cabinet there are similar flanges 45, which are directed toward each other. The flanges 44 have inwardlydirected, marginal portions 46, and the flanges 45 have similar inwardly-directed,

marginal portions 47.

At the rear of the cabinet, the described four walls with their flanges fpresent an opening which is closed by a fi h wall 48' (.see Fig. 6). This wall is provided with 1n-v wardly-directed up er and lower flanges 49 and 50 (see the rig t-hand side of Fig. 3)

and at its sides with similar inwardlyv directed flanges 51 (see Fig. 6). This wall is flush with the rear end of the cabinet, and is inserted into its place from the inside of the cabinet. Movement of the rear wall in an outward direction is conveniently limited by providing its flanges 49 and 50 with outwardly directed margins 52 and 53 (see Fig.

1 3), and by providing the flanges 51 with similar 'outwardl directed margins 54 (see Fig. 6). In practice, the rear wall fits the opening which receives it so snugly that friction alone is' usually suflicient to hold it in place, but in the present example, it is further held in place by an inner rear wall 55 (see ig. 6), which rests against the outwardly-directed marginal portion of the flanges on the outer rear wall. The inner rear wall herein is provided at its upper end with a flange 56 (see Fig.- 3'), which is doubled upon itself to provide an additional thickness, as at 57. Referrin again to Fig. 6, the inner rear wall 55 is urther provided with side flanges 58, which are snugly fitted between the side walls 33, and have inwardly-directed Vmarginal portions 59.

' rected flanges 61 and'62. To the front of i,ssa,es2 l rower than the other, interlocks with the shell or casing of the cabinet by being received between the side Walls 33 and the inwardl directed margins 46 of the flanges 44. lllhen, therefore, the illar 60 is in its place, it is immovable, and) can be removed only by rearward displacement. Its rearward movement, however, is normally prevented by the drawer guides presently to be descri Each corner of the cabinet in the resent example is reinforced by an angle racket 66, one of which'is shown in Fig. 9, the same being appropriately secured in place, as by rivets 67. These brackets are snugly fitted into the channels presented by the adjacent walls and flanges, and their inwardly directed margins. Referring now to Fig. 8, it will be observed that the channel bar 64 terminates short of the top and bottom of the channel bar 60, in which it is secured, and the channel bar 6() is provided at top and bottom with openings 68. In this way, interference between these channel bars and the reinforcing brackets is prevented.

The upper portion of the cabinet (sce Fig. 3) is provided with a ceiling 69, comprising a plate whose front margin (at the left of Fig. 3) is conveniently supportedI by the inwardly directed flange 40. The rear end of the ceiling 'is conveniently supported by the outer ends of flanges (shown at the right-hand side of Fig. 3, but ossibly better illustrated in Figs. 2 and 6) ormed Lon the plate 71, which is secured to the inner rear wall 55.

movement by being provided with an upwardly directed flange 72 (shown also in Fig. 7), which is beneath the flange 56 presented b the inner wall 55, and along its longitudinal edges, the ceiling is provided with upwardly directed flanges 73 (see Fig. 2), which assist in preventing its upward displacement. When, therefore, the latter is in place, the ceiling is securely locked in place. Referring now to Fig. 7, the rear corners of the ceiling are cut away, as at 74, to provide spaces for themargins 59 of the flanges 58, and at the front corners, the ceiling is cut away, as at 75, to provide spaces for the channel bars 60. Referring to the upper left-hand portion of Fig. 3, the inwardly directed, margins 40 of the flange 36 in some cases might present an obstruction on which the contents of the upper drawer will catch. To prevent such a possibility, in the present example the inner edge of the margin 40 may be jointed to the ceiling by solderv 76, which presents an inclined surface to cause the contents of the upper drawer to ride beneath the flange without catching thereon.

Referring now to the lower portion oi Fig. 2, as well as to the lower part of Fig. 3,

. the inner rear wall 55 is the ey piece there is provided a removable inner floor 77 which is convenientl formed of a late lai upon the bottom wal or floor 32. his inner floor is inserted before the inner rear wall 55 is putin its place, and therefore the lower end of thelatter particularly its flange 57, locks the inner oor in place, and prevents' its removal, inasmuch as the front end of the inner floor lies beneath the inwardly directed margins 41 of the flan e 37. In fact, so to s eak, which locks in place the hereinbefore dlscribed removable parts of the cabinet, and this key piece must be removed to permit removal of such other parts. This key piece,l

moreover, locks in place the rear ends of the drawer guides presentlyto be described. This is easily accomplished by first grasping the lower end of the wall 55 and drawing the saine in a forward and downward direction, whereupon it will be found that the flange 56 at its upper end, which overlles the top of the ceiling, can be unhooked from the latter.

The drawer guides will now be described, reference being had to Fig. 2. Each drawer guide in the resent example is inthe form of a channel ar 78, having upper and lower flanges 79 and 80, the upper flange inthe present instance being narrower than the lower one. Referring now to the upper portion of Fig. 6, it will be observed that the width of the flange 80 is such thatit snugly fits the space between the' flanges 59 and 70, which therefore hold the rear end of the drawer guide against lateral displacement. The front end of the drawer guide is held against lateral displacement by an interlocking engagement with the fiange 61 of the '-Vertical channel bars 60. In the present example, this is conveniently accomplished by slitting the web of the drawer gul e to form a tongue 81, which is laterally offset to over- -lie one face of the flange 61, while the projecting ends of the 'fianges 79 and 80 overlie the opposite face of said flange. Before the wall 71 is put into place, the drawer guides can be assembled by first fitting their front ends onto the upright flanges 61,and then swinging the rear ends of the dr'awer guides horizontally into place, after which the wall 71 is interposed. v

The lowermost channel bar 78 is supported by an elevated flange 82 (see the lower portion of Fig. 2), which is struck up from the innerfloor 77, the height of such flange being substantially the same as that of the inwardly-directed margin 41 of the' fiange 37 (see the lower left-hand portion of Fig. 3). The remaining drawer guides of each series engage and support one another in assembling the structure. These drawer guides are simply stacked up in their proper laces, after which thepwall 71, which has.

een referred to as the key-piece, is introduced, and the drawer guides are then securely locked in place.

.The drawer gulde extension slides will now be described, reference being had at first to Fig. 5. Herein, each slide is in the form of a bar 83, which is disposed atwise a ainst', and is guided by, the web of the rawer guide, it being held in place and limited as to longitudinal movement by appropriate means, herein a rivet 84,'which is secured to and carried by the extension slide and travels to and fro in an elongated slot 85 presented by the drawer guide. The length and positlon of the slot are such that the front end of the extension slide, although normally occupying a position inwardly beyond the front face o the cabinet (see the lower left-hand corner of Fig. 5), can be carried forward to a position beyond the front face of the cabinet gsee the lower right-hand corner of Fig. 5 This enables the extension slide to afford support for the drawer be ond the front face of the cabinet.

ach pair of drawer uides supports and vguides an appropriate rawer, such as the drawer 86, a portlon of which is shown in Fig. 5. When the drawer is in its guides, it is held against lateral displacement by appropriate means, herein rounded protuberances 87 (see Fig. 4), presented by the webs of the drawer guides. These rotuberances are also shown in Fig. 3. hey are convenientl formed by simply stamping the metal, whic constitutes the web ofthe drawer guide to form a cup-like extrusion. When one of the drawers is full withdrawn from the cabinet, it is desira le that f it shall be capable of being swung downward into some such position as that illustrated in Fig. 29, while still supported by its extension slides. To this end, therefore, the drawer is provided with two trunnions 88 (see Fig. 5), which, in the extended yposition of the slides occupy channels 89 presented by the latter. By reference to Fig. 3,A it will be observed that these channels are closed at their front ends, and have upper and lower flanges 90l and 91. Herein, the

upper flange extends the whole length of the slide, while the lower flange is comparatively short. The closed front end of the channel presentsan abutment 92, which is engaged by the associated trunnion 88 iny to the position in which the drawer canl be swung about its trunnions while remaining supported by the slides, acc1dental -d1senagement of the drawer from the slldes 1s 5 1mpossible, because the upper'flangeof the .trunnion-receiving channel is uninterrupted, and the trunnions cannot be lifted out. This will be evident from an examination of Fig. 29. However, intentional removal of the drawer from the slides can be accomplished with the greatest facility by withdrawing one of the slides, leavin the other in its retracted position (see l ig. 5). When the slides are thus related, the drawer may then l5 be placed in an oblique position, in which the trunnions can be withdrawn from the channels. This is sometimes desirable when the circumstances are such that the user wishes to take the drawer away to some other place to inspect therecords which it carries. The details of construction of the drawer guidesand their respective extension slides are Well illustrated in Figs. 23 to 27, inclusive. The extension slide in the present example is conveniently formed of a piece of sheet metal (the outline of the blank being indicated in dotted lines in Fig. 24) having one entire longitudinal edge bent to form the upper flange 90, while the lower flange 91, which is comparatively short, is conveniently formed by slitting the metal along the line 94, and bendin that portion of the metal which is at the left of the slit in Fig. 24 laterally. This forms the desired channel, the front end of which can be closed conveniently by bending the terminal portion of the flange 90 in a downward direction, as at 95, bending the terminal portion of the flange 91 in an upward direction, as at 96, and finally bending the terminal portion of the web laterally as at 97 thus making three thicknesses of metal to form the stop 92. v

The construction of the drawers will now be described, reference being had at first to Fig. 12. The body of the drawer is conveniently formed of aj single piece of sheet metal, designated generally by the numeral 98, having an irregular formation. They blank is shown in Fig. 12. At the rear end (at the right of Fig. 12) ,the blank presents two tabs 99, which are separated by a space 100. To form the rear end of the drawer, the plate 98 is bent in an upward direction along the line 101 (Fig. 12) into the oblique position represented in Fig. 13, and the ends of the tabs 99 are rolled as at 102 to receive a rod 103, the ends of which present the hereinbefore described trunnions 88. The. rod, when inserted, is conveniently held -in place by providing the same with a depression 104 (see Fig. 13), into which some of the metal of the tab is forced, as at 105, thereby to form an interlocking' engagement between the tab and the rod.

5 The front end of the arawef blank is bent along a line 106 see Fig. 12), to present a flange 107 (see ig. 13), which forms the drawer front. This flange is bent along a line 108 in a rearward direction, to present a. rearwardly-directed flange 109, and this in turn is bent along' a line 110, to present a downwardly-directed flange 111. The ends of the flange 107 are bent firstl rearwardl along lines 112, then. inwardly toward eac other along lines 113, and finally rearwardly along lines 114, to present rearwardly-directed tabs 115, to which the drawer sides are secured, as will presently appear. Thus it is evident that the drawer front has a box-like formation, which will be clearly apparent from an inspection of Figs. 13, 14 and 15. The ends of the drawer front project laterally from its sides and limit inward movement of the drawer by en aging the front faces of the pillars 60 (see ig. 4).

The character of the drawer sides will depend largely upon the character of the filing elements. The. drawer illustrated herein is intended to receive filing elements comprising overlapping cards or sheets 116 (see Fi 29), carried by sheet carriers, one of whic is illustrated in Fie. 28, the same comprising a flexible bar or w1re 117, presenting appropriate terminal portions,'such as cylindrical trunnions 118, which are received in channels 119 presented by the drawer sides. Referring now to Fig. 12, the longitudinal margins of the blank are bent upwardly along lines 120, to form u wardly-directed longitudinal flanges 121 see Fig. 13), constituting the drawer sides. These drawer sides will be appropriately formed to present the channels 119 for the ends of the sheet-supporting bars.. Referring now to Fig. 14, it is evident that the formation of these channels calls for an offset formation of the drawer sides, the latter to this end having inwardly tabs 115 to upwardly-directed portions 123 of the drawer sides, as by rivets 124. Also at the rear end of the drawer, an exceedingly strong, rigid structure is provided by attaching the drawer sides to the transverse rod 103, v

this being conveniently accomplished by the provision of upwardly-directed portions 125 of the drawer sides, which are folded downwardly upon themselves as at 126 to provide a double thickness of metal shown in section in Fig. 16, and this double thickness is perforated to receive the terminal portions of the rod 103. This has the effect of giving increased strength to the drawer sides, as well as to the4 upwardly-directed tabs to which the rod is secured.

Referring again to Fig. 12, the channeled formation of the drawer sides is given by bending t-he same along lines 127 and 128. If, as in the present example, a low-sided drawer is desired, the greater part of the upwardlydirected flange 121 may be folded downward and utilized to reinforce the channeled sides. Herein, this is conveniently accomplished byproviding the blank near its front end with notches 129, and near its rear end with notches 130. Intermediate these notches, the metal may then be folded downwardly and inwardly to provide a reinforcement 131 (see Fig. 19), which gives the drawer side a double thickness of metal.

This low-sided construction for the drawer makes the Writing and examination of the records more convenient than would be the case with a high-sided drawer.

At the front of the drawer, an inclined rest or writing surface, on which the cards may rest, is conveniently provided by the use of a plate 132 (see Fig. 22), having depending marginal flanges 133, which are received between the drawer sides and rest on the drawer bottom. It is conveniently held in place by bending the front edge of the plate, first in a downward direction as at 134, and then in an z5 upward direction to present a lip or flange 135, which can be hooked under the depending flange 111 of the drawerl front. Thus accidental displacement of the plate is impossible, and its removal can be accomplished only by lifting its rear end to unhook its front end from the drawer front. Herein, the depending flanged sides are beveled, as at 136, to facilitate the tilting of the plate in engaging the same with, and disenga-ging the same from, the drawer front. The rear end of the plate is conveniently prevented from rising by providing the same with an offset portion 137, which underlies one or more, herein several, of the sheet-carrying bars 117, removal of which is necessary before the rear end of the plate can be lifted to unhook its front end from the drawer front. At the rear end of the drawer, the cards may be protected by a plate 138 (see Fig. 29) hooked at its rear end.

Referring now toFig. 29, the drawers, when drawn out, can beJ caused to rest upon an underlying rest 139, whose general characteristics in the present example resemble those ofthe drawers, except that the rest is inverted, so to speak,that is to say, it comprisesa plate 140, whose flanged sides 141 are depending, instead g of upstanding. f These flanges herein are reinforced by providing the same with inwardly-directed margins 142 (see Fig. 21) The front of the rest is identical in formation and appearance With the drawer fronts, and presents a uniform appearance therewith when the cabinet is closed. Outward movement of the drawer rest herein` is limited bv the provision of a bracket 143 (see Fig. 3), secured to the rest as by bolts 144, and provided with a depending lug 145, which is adapted to engage the flange 37 at the front of the cabinet, and to limit the forward movement of the rest.

In the resent embodiment, the drawer rest provi es a convenient means for locking all of the drawers simultaneously. To this end, the drawer rest is formed to present an inclined plane as at 146 to engage the underside of a similar inclined lane 147 presented by a vertically movab e, drawer-lookin slide 148, which, as shown in Fig. 4, is ide by the front face of the plate 7l and y two marginal guides 149, suitably secured as by rivets 150 -to said plate. Referring now to Figs. 2 and 3, th1s slide carries a set of drawer-locking elements herein brackets 151 secured to thev slide'as b rivets 152, and presenting forwardly andy projections 153 adapted to present obstructions to removal of t e drawers by being projected into the paths of the rods 103 at ther rear ends yof thel drawers. This is accomplished by rearward movement ofthe lower rest, which causes its inclined plane 146 to upwardly directed engage the inclined plane 147, and lifts the drawer-lockin slide 148, thus locking all the drawers simultaneously. When, on the other hand, the drawer rest is drawn forward to a sufficient extent, the drawer-locking slide will naturally gravitate to a position in which its lockin projections 153 are no longer in the paths o the rods 103. While gravity alone might be depended upon to cause the locking slide to descend when thus released, it is preferable to employ a spring such as the spring 154 (see Fig. 2), having one end attached to the locking slide and the other to a convenient, fixed point, such as a flange 155 presented by the lower end of the plate 71. Descent of the slide under the infiuence of gravity, and of the spring, may be limited, as by a second flange 156 near the lower end of the plate.

When the vdrawer rest is in its innermost position,therefore, it locks the drawers, but to be effective to do so, the restitself must be locked. Tothat end, the rest herein is provided with a lock 157 (see Figs. 20 and 21.), of common form, having a usual bolt 158, which may be projected into engagement with an opening 159 provided therefor (see Fig. 29) in the inwardly-directed margin 46 of the right-hand flange 44.

Having thus described one embodiment of the invention, but without limiting myself thereto,what I claim and desire by Letters Patent to secure is:

1. In a file cabinet, the combination of a casing, a pair of drawer guides within said casing, a pair of extension slides slidably supported by said drawer guides and adapted to be drawn forward to extend beyond the front of said casing, said slides presenting abutments at their front ends and uninterrupted flanges along the top, and a drawer supported and guided by said extension slides and presenting trunnions which travel beneath said flanges, said flanges preventing said trunnions from being lifted from said slides.

2. In a metallic cabinetthe combination of four walls of sheet metal presenting four flanges which are directed toward each other and have marginal portions which are directed inwardly generally parallel with said walls and form a rectangular opening, and a fifth wall of sheet metal inserted outwardly into and closing said opening and presenting on all-four edges anges which are directed inwardly generally parallel with said four walls and have marginal portions about said opening, which marginal portions are directed outwardly toward said walls.

3. In a metallic cabinet, the combination of four walls of sheet metal presenting flanges which aref directed toward each other and have marginal portions which are directed inwardly generally parallel with said walls and form a rectangular opening, and a fifth, rect-angular wall of sheet metal closing said opening and having its outer face lying in a plane containing the adjacent edges of said four walls, said fifth wall presenting on all four edges flanges which are directed inwardly generally parallel with said four walls and have marginal portions about said opening which are directed outwardly toward said walls.

4. In a metallic cabinet, the combination of top, bottom and side walls, an outer rear wall, an inner rear wall presenting abutments spaced from said side walls, and

drawer guides each received between one of saidabutments and one of said side walls.

. 5. In a cabinet, the combination of a casing presenting side walls, a verticall series of drawers between said walls, and two sets of separate, individually distinct drawer guides, each set being spaced from one of said side walls, the guides of each set being arranged in vertical series and supported independently of said side walls, each guide of each set, except the lowermost guide of such set, being supported by the guide therebelow.

6. In a cabinet, the combination of a casing presenting side walls, a vertical series of drawers between said walls, and two sets of drawer guides, the guides of each set being arranged in vertical series and supported independently of said sidewalls, and means maintaining each vertical series of guides in spaced relationship with one of said side walls. I

7. In a cabinet, the combination of a casing presenting side walls, a vertical series of drawers between said walls, and two sets of drawer guides, the guides of each set being arranged in vertical series and supported independently of said side walls, a wall presenting means maintaining the rear ends of said guides in spaced relationship with said side walls, and means adjacent the front o f vother vertical series of said casing maintaining the front ends of said guirlles in spaced relationship with said side wal s.

8. In a cabinet, the combination of a casing presenting side walls, a vertical series of drawers between said walls, and two sets of drawer guides, the guides of each set being arranged in vertical series and supported independently of said side walls, awall presenting means spacing the rear ends of said guides from said side walls, a wall presenting Imeans spacing the rear ends of one vertical series of guides from the rear ends of the uides, and means spacing the front ends o? said guides from said side walls.

9. In a cabinet, the combination of a casing presenting side walls, a vertical series of drawers between said walls, two sets of drawer guides, the guides of each set being arranged in vertical series and supported independently of said side walls, means maintaining the rear ends of each vertical series of guides spaced from said side walls and main- 'taining one vertical series spaced from the other, and means interengaging with the front end's of both vertical series of guides maintaining one series spaced from the other and maintaining each series spaced from the adjacent side wall.

10. In a cabinet, the combination of a casing presenting side walls, a vertical series of drawers between said walls, two sets of dra-wer guides, the guides of each set being arranged in vertical series and supported independently of said side walls, means maintaining the rear ends of each vertical series of guides spaced rom said side walls and maintaining one vertical series spaced from the other, and means presenting rearwardly directed flanges interengaging with the front endsI of both vertical series of guides maintaining one series spaced from the other and maintaining each series spaced from the adjacent side wall.

11. In a cabinet, the combination of a casing presenting side walls, a front opening, and on each side of said front opening a rearwardly directed flange which with the adjacent sidewall of said casing forms a rearwardly facing interior channel, a vertirectangular wall of sheet metal closing said opening and presenting on all four edges inwardly directed flangesfitting. within the sides of said opening, and a sixth wall of sheet metal disposed inwardly with relation to and spaced from said fifth wall by engagement with said flanges.

13. In a metallic cabinet, the combination of four walls of sheet metal which forni, the boundaries of a rectangular' opening, a. fifth, rectangular wall of sheet metal closing said opening and presenting on all four edges inwardly directed flanges fitting within the sides of said opening, and a sixth wall of i sheet metal disposed inwardly with relation to and spaced from said fifth wall by engagement with said flanges, said sinth wall being provided with flanges engaging two of said four walls.

14. In a cabinet, the combination of a casing, a series of drawers within said casing, two sets of separate, individually distinct drawer guides, each set comprising avertical series of guides, each guide, except the lowermost, havingas its sole support the guide therebelow, and retaining means having detachable engagement with said guides to retain the same against lateral displacement, whereby removal of said retaining means permits said guides to be removed separately from said casing.

15. In a cabinet, the combination of a casing, a series of drawers within said casing, two `sets of separate, individually distinct drawer guides, each set comprising a vertical series of guides, the guides of each set being arranged in vertical series, retaining means having detachable engagement with said guides to retain the same against lateral displacement, and retaining means above the uppermost guides to retain, said guides against upward displacement, whereby-removal of both of said retaining means permits said guides to be removed separately from said casing.

16. In a cabinet, the combination of a casing, a. series of drawers within said casing,

ltwo sets of separate, individually distinct drawer guides, each set comprising a vertical series of guides, each guide, except the lowermost, having as its sole support the guide therebelow, said casing presenting means having detachable interlocking engagement with the guides of each series to lock them in place. f

17. In a cabinet, the combination of a casing, a series of drawers within said casing, two sets of separate, individually distinct drawer guides, each set comprising a vertical series of guides, each guide, except the lowermost, having as its sole support the guide therebelow, means engaging one set of ends of said guides to hold them definitely positioned, and means engaging the other set of l said guides to holdthem definitely positioned.

' 18. In a cabinet, the combination of a casing, a series of drawers within said casing,

two sets of separate, individually distinct drawer guides, each set comprising avertical series of guides, each guide, exceptthe lowermost, having as its sole support the guide therebelow, and retaining means interlocking with the front ends of said guides to hold them against lateral displacement.

19. In a cabinet, the combination of a casing, a series of drawers within said casing, two sets of separate, individually distinct drawer uides, each set comprising a vertical series of guides, the guides of each set being arranged in vertical series, retaining means having detachable engagement with said guides to retain the same against lateral displacement, and a ceiling plate interposed between the uppermost guides and the top of said casing to retain said guides against upward displacement.

20. In a cabinet, the combination of a casing, a series of drawers within said casing, two sets of separate, individually distinct drawer ides, each set comprising a vertical series o guides, the guides of each set being arranged in vertical series, retaining means having detachable engagement with said guides to retain the same against lateral displacement, and a ceiling plate interposed between the uppermost guides and the top of said casing and having spacing means to space the same from the top of said casing to retain said guides against upward displacement.

21. In a cabinet, the combination of a casing, a series of drawers within said casing, two sets of separate, individually distinct drawer guides, each set comprising a vertical series of guides, eachy guide, except the lowermost, having as its sole support the guide therebelow, said casing having inwardly directed flanges having interengagement with the guides of both series to hold said guides against lateral displacement.

. 22. In a cabinet, the combination of a casing, a series of drawers within said casing, two sets of separate, individually distinct drawer guides, each set comprising a lvertical series of guides, each guide, except the lowermost, having as its sole support the. guide therebelow, said casing having inwardly directed flanges having interengagement with the guides of both series to hold one set of ends against lateral displacement, and means interposed between the guides of one series and the guides of the other series to hold the other set of ends of one series against lateral displacement toward the other series.

23. In a cabinet, the combination of a casing, a series of drawers within said casing, two sets of separate, individually distinct drawer guides, each set comprising a vertical series of guides, each guide, except the lowermost, having as its sole support the guide therebelow, said casing having inwardly directed flanges interengaging with the' guides of both series to hold one set of ends against lateral displacement, means inte osed between the guides of each series an the sides of said casmg to hold the other set of ends against lateral displacement toward the sides of said casin and means interposed between the guides o one series and the guides of the other series to hold said otherset of ends against lateral displacement toward the other series. v

In testimony whereof, I have signed 1n name to this specification.

' CHARLES E. ATTWOOD. 

